DC Biasing BJTs – 42

5555555555

42. ________is the primary difference between the exact and approximate techniques used in the analysis of a voltage divider circuit.

(a) Thevenin voltage ETh
(b) Thevenin resistance RTh
(c) Base voltage VB
(d) RC

Answer

Answer : (b)

Explanation

Explanation : No answer description available for this question. Let us discuss.

Subject Name : Electronics Engineering

Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT

Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant

Electronics & Communication Engineering Books

Sale

Highlight important details or key points; Summarize information in a clear and concise manner

₹ 317

Sale

Made Easy Editorial Board (Author); Marathi (Publication Language); 620 Pages - 01/01/2015 (Publication Date) - Made Easy Publications (Publisher)

₹ 320

Patil (Author); English (Publication Language)

Sale

Neamen, Donald (Author); English (Publication Language); 1351 Pages - 08/25/2006 (Publication Date) - McGraw Hill Education (Publisher)

₹ 799

DC Biasing BJTs - 19
555555555519. Which of the following is assumed in the approximate analysis of a voltage divider circuit? (a) IB is essentially zero amperes. (b) R1 and R2 are considered to be series elements. (c) RE 10R2 (d) All of the above
Tags: dc, biasing, bjts, approximate, analysis, voltage, divider, circuit, electronics, engineering
DC Biasing BJTs - 44
555555555544. The Thevenin equivalent network is used in the analysis of the ________ circuit. (a) fixed bias (b) emitter-stabilized bias (c) voltage divider (d) voltage feedback
Tags: voltage, dc, biasing, bjts, thevenin, analysis, circuit, divider, electronics, engineering
DC Biasing BJTs - 22
555555555522. Calculate the voltage across the 91 k resistor. (a) 18 V (b) 9.22 V (c) 3.23 V (d) None of the above
Tags: dc, biasing, bjts, voltage, electronics, engineering
DC Biasing FETs - 6
55555555556. For what value of RD is the voltage across VDS zero? (a) 2.400 k (b) 5.167 k (c) 6.167 k (d) 6.670 k
Tags: dc, biasing, voltage, electronics, engineering
DC Biasing FETs - 18
555555555518. Calculate VD. (a) 23.0 V (b) 17.0 V (c) 4.6 V (d) 12.4 V
Tags: dc, biasing, electronics, engineering

Related Posts